Step 1
Ions Cluster Airborne Particles. Ions group small particles into larger clusters.Ions Cluster Airborne Particles. Ions group small particles into larger clusters.
What is Soft Bipolar Ionization?
A Guide to Plasma Air’s Soft Ionization
Around the world, commercial buildings and residential homes face a hidden challenge - indoor air quality.
Plasma Air’s soft bipolar ionization (BPI) technology reduces airborne particles, pathogens, odors, and VOCs, safely and continuously. The technology is designed to restore healthy indoor air via equipment installed in HVAC system.
Around the world, commercial buildings and residential homes face a hidden challenge - indoor air quality.
Plasma Air’s soft bipolar ionization (BPI) technology reduces airborne particles, pathogens, odors, and VOCs, safely and continuously. The technology is designed to restore healthy indoor air via equipment installed in HVAC system.
What Bipolar Ionization Does
Let's review how soft ionization works to clean the air of pollutants.
Step 2
Larger Clusters Improve Filtration. Improved filtration efficiency without upgrades.Larger Clusters Improve Filtration. Improved filtration efficiency without upgrades.
Step 3
Pathogens Are Inactivated. Viruses and Bacteria are disrupted at the molecular level.Pathogens Are Inactivated. Viruses and Bacteria are disrupted at the molecular level.
Step 4
Odors Are Neutralized. Odor molecules are broken apart.Odors Are Neutralized. Odor molecules are broken apart.
Step 5
VOCs Are Broken Down. Hazardous chemical compounds are reduced.VOCs Are Broken Down. Hazardous chemical compounds are reduced.
Step 1
Ions Cluster Airborne Particles. Ions group small particles into larger clusters.Ions Cluster Airborne Particles. Ions group small particles into larger clusters.
Step 2
Larger Clusters Improve Filtration. Improved filtration efficiency without upgrades.Larger Clusters Improve Filtration. Improved filtration efficiency without upgrades.
Step 3
Pathogens Are Inactivated. Viruses and Bacteria are disrupted at the molecular level.Pathogens Are Inactivated. Viruses and Bacteria are disrupted at the molecular level.
Step 4
Odors Are Neutralized. Odor molecules are broken apart.Odors Are Neutralized. Odor molecules are broken apart.
Step 5
VOCs Are Broken Down. Hazardous chemical compounds are reduced.VOCs Are Broken Down. Hazardous chemical compounds are reduced.
See Ionization in Action
Watch our videos to learn more. The technology has been independently tested and proven effective at inactivating the smallest of airborne viruses, bacteria, mold spores, and pollen.
How Bipolar Ionization Works
A short explainer that answers the most common IAQ questions in under a minute.
Installation Videos
Video playlist of installations in hotel systems, ductless mini splits plus install testimonials.
What Bipolar Ionization Removes from Indoor Air
Proven Reduction of Key Air Pollutants
Viruses & Bacteria
Ions disrupt harmful microorganisms to reduce viability.Ions disrupt harmful microorganisms to reduce viability.
VOCs & Chemicals
Breaks down chemical pollutants and harmful gases.Breaks down chemical pollutants and harmful gases.
Mold & Spores
Reduces airborne spores that trigger allergies and asthma.Reduces airborne spores that trigger allergies and asthma.
Fine Particles
Clusters tiny particles (PM2.5) so filters can capture them.Clusters tiny particles (PM2.5) so filters can capture them.
Odors & Gases
Neutralizes organic odors and chemical smells.Neutralizes organic odors and chemical smells.
Compare Technologies
Feature |
Plasma Air Ionization |
Other Ionization |
PCO/UV |
Ozone |
Can produce ozone
|
Can produce byproducts
|
|
Maintenance |
Needs cleaning
|
Bulb replacements
|
|
Install |
Moderate
|
Complex
|
|
Pathogens |
Medium
|
Medium
|
|
VOCs |
Low
|
Low
|
Where is Soft Bipolar Ionization Used?
Trusted in HVAC Systems for Schools, Healthcare, Hospitality, and More
Religious & Community Facilities
Support community wellbeing through cleaner indoor air and healthier gathering spaces.
Schools & Universities
Help create cleaner learning environments that support student wellness, attendance, and performance.
Reduce airborne contaminants in classrooms- Support healthier students and staff
- Improve attendance and learning readiness
- Enable district-wide IAQ strategies
Commercial Real Estate
Create healthier, more efficient buildings that attract tenants and support long-term asset value.
Related Resources
Types of IonizationTech brief that explains that not all ionization technologies are the same. Technologies such as soft ionization (bipolar ionization) are revolutionizing clean and safe indoor air solutions in various indoor environments.
Bioaerosols ExplainedIn this article, learn more about what bioaerosols are, where they come from and why they matter for indoor air quality.
Wildfire Smoke and Your HealthRead our article that explains how wildfire smoke harms humans and indoor air. Wildfire smoke contains fine particles (PM2.5), toxic gases, and cancer-causing chemicals.
ASHRAE Standards 101Our white paper, "A Comprehensive Guide to ASHRAE Standards and Guidelines Related to Indoor Air Quality," offers an invaluable overview of the key ASHRAE standards, guidelines, and performance testing protocols.
White Paper: The Right IAQ SolutionWhite paper detailing what you need to know about indoor air quality and choosing the right solution.
IAQ and AbsenteeismThis research-packed e-book is a must-read for principals, educators, and facilities teams committed to student and staff well-being. Discover the connection between IAQ and school absenteeism, and what you can do about it.
Bring Soft Bipolar Ionization to Your Facility
Discover how Plasma Air’s HVAC-integrated solutions continuously clean your air, reduce pathogens, and create healthier spaces.